ChemicalForce - 2023-07-24
*In all reactions where "H2SeO4 conc." means selenic acid obtained after ordinary distillation with a concentration of about 85%. Welcome to our captivating journey into the fascinating world of chemistry! In this exciting new video, we explore the incredible properties of Selenic Acid, a powerful and unique chemical compound. Prepare to be amazed as I demonstrate the process of obtaining pure, crystalline Selenic Acid through meticulous vacuum distillation. Witness the magic of frozen seed crystals that bring this chemical to life in breathtaking forms! 😅 Watch as gold and silver dissolve in this extraordinary acid. Hold your breath as we ignite an explosive encounter between Selenic Acid and Anhydrous Hydrazine 🤯 ============================= 0:00 Selenium dioxide synthesis from selenium and oxygen. 0:49 Selinous acid synthesis. 1:46 Selenic acid synthesis. 2:18 Anhydrous selenic acid synthesis (vacuum distillation). 5:09 Crystalline selenic acid synthesis. 8:13 Dissolving of gold in selenic acid. 9:51 Dissolving of silver in selenic acid. 10:35 Molten selenic acid burns through paper. 10:50 Sulfuric acid and sugar. 11:22 Selenic acid and sugar. 13:07 Thermal effect when selenic acid is dissolved in water. 13:39 The difference between selenic acid and sulfuric acid. 18:47 Explosive reaction between molten selenic acid and phosphorus. 20:11 Selenic acid crystalls and Anhydrous Hydrazine ============================= ❤️ ❤️ ❤️ Your support and encouragement inspire me to continue producing extraordinary content! __________ Patreon: https://www.patreon.com/ChemicalForce PayPal: @chemicalforce __________ crypto: BTC: bc1pdhlsspcpmxl3sdcr4xanlc3qaz4p7njhqvpscxx4zphcfztkwtyq0gygvn ------- USDT (ETH): 0x2BbFD4aDEc7520301a408eBf7dD87B8b9935e49C ❤️ ❤️ ❤️
Man selenium is such an underrated element. Just those blue flames are cool as hell, not even mentioning its awesome chemistry, just a shame most its compounds are toxic :(
underrated like my channel 😂
@ChemicalForce Nah that’s not true
@@ChemicalForcethose of us that know, know. But yes, even after this long how you have only 150k subs blows my mind. You have the most beautiful chemistry on YouTube!
@@ChemicalForce lol that's true
@@thebogsofmordor7356 I think most people just don't understand chemistry, and don't have the patience to appreciate it
I really love when you show the synthesis of compounds in the video such as with nitrosyl perchlorate, PbCl4, Cl2O6, and any of the pyrophoric gases.
It’s interesting that silane is generally created using a source of H+ and germane is created with a source of H-. Is that because it’s hard to get germanium in a negative oxidation state to begin with?
I've wanted to see the reaction with gold for years, but there was so much more cool stuff in this. Awesome video!
dude, im telling you, these videos are so good, exotic and just overall insane. Keep it up. Thank you Felix for making these awesome videos and cultivating a love for chemistry within many.
As always, a great Video. Thank you for all your effort.
Nice video! You could try to dissolve elemental S, Se and Te in H2SeO4, they form the same coloured polycations like in H2SO4, but they are less stable in H2SeO4 due to its oxidizing properties (hot H2SeO4 oxidize them to IV oxidation state).
Cool
Another fascinating and beautifully filmed lesson in chemistry. It is criminal that you don't have more subs.
Amazing chemistry and excellent photography as always!
My only real practical contact with Selenium is a Selenium rectifier. As an automation technician/electrician I've had a few of these go bad on me.
The smell they give off when burned is almost puke inducing.
Holy! That was an incredible video. Thanks for the detailed documentation of the synthesis. All of those selenium compounds are terrifyingly toxic. I'd love to see your safety set up some time. Thanks for all the hard work!
Yes, safety tips please 😊
Amazing photography as always. It's nice to see these exotic substances up close and not die.
One of my favourite acids of all times, if not my favourite. Until now there was... one video about it on YouTube? PMC is a good channel, but so is this, and we actually get to see its famous reaction with gold! Great video!
Edit: I think very concentrated, very hot sulfuric acid can also eat at gold, though very slowly.
Piranha solution (sulfuric acid + hydrogen peroxide) can dissolve gold.
@@mokouf3 Sreetips tried that, but essentially no gold dissolved even when strongly heated.
Your deadpan delivery with the dramatic explosions hits me as deeply comedic. Thank you.
Every video you make I always think, “wow this is the most beautiful chemistry video I’ve ever seen…” and then you make another video 😂❤
Love your work buddy! You rock!!!
You should do a video with the Slow Mo Guys, would love to see some of the extremely fast reactions at super slow mo. since they can do over a million+ fps it would produce amazing shots.
That was quite beautiful the way those sulentic acid crystals were formed good job
Wow, I'm so amazed. I never even heard of selenic acid. It was also pretty cool to see the the copper selenate that looked the same as copper sulphate. I think that by mixing the copper selenate with sodium hypochlorite you might get red selenium along with copper oxide. Aldough i'm not sure. I think this was one of your best videos, keep up with the great work ! Amaizing.
Very interesting! Could you next time perform experiments with telluric acid ? And if you should have enough leisure time and a good standing with the secret service, perhaps polonium hydroxide ?
Dude you are one of the best chemistry channels on this app. Only one working on such exotic reagents. Keep it up!🎉 (maybe a reaction of copper sulfate or copper selenate with different salts? e.g magnesium chloride? Maybe some metal salts have differing solubilities and color?)
I die inside a little bit every time someone calls a website an app...
@@TheBackyardChemist Feel you
Amazing Video. Thank you for the closed caption and segment titles!!!
The macro shots this man produced are some of the most genuinely beautiful images I’ve seen in my life
I work for a jeweler. I love how much chemistry goes into purifying recycled gold. The metals most "gold" jewelry is alloyed with is treated like slag. But it's all about creating a gold precipitate they can melt down and turn into more jewelry. It's crazy how much gold has been recycled. Some of the gold in your wedding band just might have come from some ring that was sold to a gold buyer, and, in turn, was sold to a jewelry manufacturer. My boss buys old jewelry all of the time. We remove all of the stones and send it off to a recycler. My boss then gets a cut of the gold extracted. Most gold you wear on your finger is old gold.
I'm pretty sure that gold is the most recycled metal. Literally recycled since it was plucked from rocks before the bronze age...
@@christopherleubner6633exactly. if it was easy to get gold out of the ground, there wouldn't be such a large industry focused solely on recycling gold. For every person wanting to buy a gold ring, there's someone looking to sell a gold ring. It's the circle of life. Lol
@@beefgoat80copper and tin were also extremely abundant on the surface. Your brass doorknob was a bronze sword 6000yrs ago lol
Such beauty! The footage, the music, the crystals, the fly, wow! Amazing production value! I thank you for sharing and I thank the YouTube algorithm for bringing me here. Love these videos!
Looks like a small wasp or ant, with the wasp waist, long antennae and 4 wings
That was an action packed video. You invested a lot of time in preparing, testing, filming and editing the content. A huge thank you for your efforts. You have some sweet glassware and equipment.
Incredible video with all the close-ups and slow-mos.
You made my day with slow motion selenium acid oxidation’s of other compounds. My life is more spectacular watching this!
Recently found your channel and now I can't stop watching!
As always an impressive video!
11:56 That random wasp deserves an Oscar
Man! The production quality is through the roof!
Incredible, after quite a few somewhat tame experiments, I was quite surprised when the test tube exploded from the white phosphorus -p4 is usually violent, but I wasn't expecting such a bang from so little. Awesome chemical, and a great presentation.
i swear i could watch seed recrystallizations all day. just so beautiful
When you hit the sodium with the second drop of the acid you could see the angular momentum for a second. Super cool.
How do you not have over 500k subs by now? Your videos are freaking great. I blame YouTube.
this video really showcases the beauty of pure chemistry. I've done my fair share of vacuum distillations and crystallizations and this really captured the sense of awe and wonder i felt the first time I did them in organic chemistry lab. thanks for the awesome content!
Great contribution to our understanding of Selenium chemistry
Very relieved the fly turned around. What a plot twist, having a totally new character just appear like that.
the crystalization of selenic acid, pure magic, thank you
Very nice video! I really liked the preparatory part with the distillation!
Once I finish grad school and get a nice paying job next year, I'm definitely going to become a Patreon! Thanks for your videos!
Awesome video like all you produce, can you use perchloric acid next and his reactions with diferrents elements🤔🤔
7:24 awesome shot of the crystals converging! As an amateur hydro metallurgist, it's interesting to see yet another why to dissolve gold.
What do you use to precipitate the gold back out of solution?
Sodium metabisulfite or iron 2 chloride
Thanks! Do you happen to know how to drop aluminum from a chloride solution?
I was messing around with some e-waste using hydrochloric acid and hydrogen peroxide, I'd like to dispose of it in a ethical manner. I used aluminum to rapidly cement copper, now I'd like to get the aluminum out, neutralize the pH and dump the solution down the drain.
Got any suggestions?
@@brandonowens282 In fact, it is not a problem to neutralize aluminum chloride with a base and pour it into the sewer. You can even throw the precipitated aluminum oxide onto the pavement.
Your videos are always awesome! Great content and editing skills!👍
wow! i haven’t any words! i’ll follow your channel.
i like the way you make video and also the particular reaction you do.
I ❤️ your videos, Feliks! Thank you!
that bee finding your selenic sugar cube and almost taking a drink, like finding an oasis in the desert but it's toxic to drink
This footage is amazing, man. Great job
AU is a fantastic element
@AuschwitzSoccerRef.Who are you and who stole your gold?
good background music choices idk how but it just is amazing and fits what you do
Beautifully made!
@Hydrazine1000 - 2023-07-24
I read the title of this video, and thought "Hey, but aqua regia can dissolve gold!" ... and then it hit me: aqua regia is a mixture of two acids, it's a compound chemical. It's not a (singular) acid.
Ok, crisis averted, carry on!
@kingnhonj954 - 2023-07-24
That's the exact thought I had also
@menjolno - 2023-07-24
no. aqua regia is nitrosyl chloride. It is not a acid because there is no hydrogen. It is a salt
@davidmackenzie9701 - 2023-07-24
Aqua regia is a solution of nitrohydrochloric acid. The traditional solution is comprised of a 3:1 mixture of hydrochloric acid and nitric acid, respectively.
It will oxidize over time to form toxic nitrosyl chloride, nitrogen dioxide and chlorine gases.
@Hydrazine1000 - 2023-07-24
@@menjolno Uhmmm, there is nitrosyl chloride present in aqua regia, due to a chemical balance (reversible reaction) between HCl and HNO3 on one side and H20 and NOCl on the other side of the equation.
And since NOCl is gaseous, and some will outgas, it can be regarded as a decompostion product. Aqua regua is still (mostly) about 1 volume part nitric acid to 3 parts hydrochloric acid. (1:3 molar ratio to be more accurate.)
@martyc2051 - 2023-07-25
i too was thinking aqua regia, but then realized that its a compound, and neither of the 2 acids can effectively dissolve gold on an independent basis (if im wong, i do stand to be corrected of course)